Accuracy testing of a new intraoral 3D camera.

Area of Science:

• Dental Technology
• Optical Imaging
• Digital Dentistry

Background:

• Intraoral optical surveying is emerging as a viable alternative to traditional dental impression methods.
• Clinical suitability hinges on system accuracy and ease of use for dental professionals.
• The Cerec procedure benefits from advancements in digital impression technology.

Purpose of the Study:

• To introduce and evaluate a novel intraoral camera designed for the Cerec digital dentistry system.
• To assess the accuracy of the new intraoral camera for single-tooth and quadrant imaging.
• To explore potential clinical applications and indications for this advanced optical surveying device.

Main Methods:

• Acquisition of single-tooth and quadrant intraoral images using the new camera.
• Comparison of image data against a reference scanner and a preceding 3D camera model.
• Analysis of discrepancies through data record superimposition.

Main Results:

• The new intraoral camera demonstrated superior accuracy compared to the previous model.
• High precision was achieved in single-tooth imaging, with accuracy up to 19 micrometers.
• Quadrant imaging yielded sufficient accuracy (approximately 35 micrometers) and proved clinically simple, aided by integrated shake detection.

Conclusions:

• The new intraoral camera represents a significant advancement in digital impression technology for the Cerec procedure.
• Its high accuracy and ease of use support its clinical suitability for various dental applications.
• The system's performance indicates its potential to enhance efficiency and precision in modern dental practices.